dB TECHNOLOGIES DVA S1521N - Manual (Page 10)

D
e
u
ts
c
h
18
EMV Einstufung
Entsprechend der Norm EN 55103 ist diese Gerät entwickelt um inE3 (oder E2, E1)
elektromagnetischen Umgebungen zu arbeiten
TECHNISCHE DATEN
System Active
Verstärker typ Digital - Class D (DIGIPRO G2 technology)
RMS Leistung 1500W
Musikleistung 3000W
Frequenzgang
30-110Hz
Crossover LF-MF 60-105Hz (step 5Hz) wählbar
Schalldruck (SPL) 139dB max
Lautsprecher 1 woofer 21" - VC 4,5”
Empfindlich keit Eingang 0dBu
Impedanz Eingang
Symmetrisch 20Kohm
Unsymmetrisch
10Kohm
Netzspannung Full range 115Vac -
Einschaltstrom 16,1A
DSP Analog Device 56 bits
Sampling 24 bit / 96kHz S/N=116dB
Lautstärke Kontrolle Digital
Gehäuse Multiplex birch plywood
Gehäusetyp Rectangular
Farbe Black
Griffe
3x Pro Seite
Frontgitter 1.5mm metall grille (interne Schaum)
Abmessungen (BxHxT) 580x800x720mm
Gewicht 52,5Kg (neodym kegel)
56,5Kg (keramik kegel)
230Vac, 50-60Hz mit PFC
1 2 4 3 5 6 8 9 7 10
17
11
12
16 15 14 13
20
19
18
Input Link Ready
Limiter
Signal
Mute/Prot Data
Input
Data
Link
Service Data
USB
Remote Preset
Active
Link
Active B B d d
TECHNOLOGIES TECHNOLOGIES 0dB
+4dB
Audio Balanced Input/Link
Input Control
SUB Phase/Delay
Input Sens
Status
60 65
70
75
80 85 90
95
100
105
Xover Out
Xover Frequency
selection 24dB/oct
0 0.5 1.0
1.5
2.0 2.5 3.0
3.5
4.0
Phase
mSec
DSP Up-grade
Hz
4.5 0° 180°
Delay
Digital Vertical Array
NEODYMIUM CERAMIC
S
1 1 5 52 2 1 1
ON
F F O
FULL RANGE MAINS INPUT
115-230V~ 50-60Hz
10A (115V~)
5A (230V~)
ACTIVE P.F.C.
ON
F F O
LINK
230V~ (15A max) 3450Wmax
115V~ (10A max) 1150Wmax G2 G2
19
D
e
u
ts
c
h
17
Z
U
S
T
A
N
D
D
E
S
L
E
D
L
E
D
L
E
D
L
E
D
M
O
D
U
L
F
U
N
K
T
IO
N
E
N
M
O
D
U
L
S
«
R
E
A
D
Y
»
«
M
U
T
E
/P
R
O
T
»
«
S
IG
N
A
L
»
«
L
IM
IT
»
E
in
s
c
h
a
lt
v o
rg
a
n
g
A
U
S
E
IN
f
ü
r
5
s
e
c
.
A
U
S
A
U
S
A
u
d
io
i
n
M
U
T
E
In
it ia
lis
ie
ru
n
g d
e
s V
e
rs
tä
rk
e
rm
o d
u
ls
N
o
rm
a
lb
e
tr
ie
b
E
IN
A
U
S
N
o
rm
a
lb
e
tr
ie
b
N
o
rm
a
lb
e
tr
ie
b
A
u
d
io
E
IN
In
it ia
lis
ie
ru
n
g d
e
s M
o
d
u ls
e
rf
o
lg
re
ic
h
d
u rc
h
g e
fü
h rt
P
a
rt
ia
lf
e
h
le
r
E
IN
Z
y
k
lis
c
h
e
s
B
lin
k
e
n
N
o
rm
a
lb
e
tr
ie
b
N
o
rm
a
lb
e
tr
ie
b
A
u
d
io
E
IN
D
a
s M
o d
u
l h
a
t e
in
e
t
e ilw
e
is
e
S
tö
ru
n g
e
rm
it
te
lt
u
n
d
b
le
ib
t m
it e
in
g
e s
c h
rä
n k
te
r
B
e tr
ie
b s
w
e
is
e
a
k ti
v ie
rt
G
e
s
a
m
tf
e
h
le
r
A
U
S
E
IN
A
U
S
Z
y
k
lis
c
h
e
s
B
lin
k
e
n
A
u
d
io
i
n
M
U
T
E
D
a
s M
o d
u
l h
a
t e
in
e
s
c h
w
e
re
S
tö
ru
n
g e
rm
it te
lt
u
n
d
b
le
ib
t
im
S
c
h
u tz
m
o
d u
s
T
e
m
p
e
ra
tu
r
S
te
u
e
ru
n
g
:
E
rs
te
t
h
e
rm
is
c
h
e
E
IN
Z
y
k
lis
c
h
e
s
B
lin
k
e
n
N
o
rm
a
lb
e
tr
ie
b
N
o
rm
a
lb
e
tr
ie
b
A
u
d
io
E
IN
S
c
h
w
e
lle
(1
L
a
n
g
s
a
m
e
B
lin
k
z
e
ic
h
e
n
)
D
e
r
V
e
rs
tä
rk
e
r
v
e rr
in
g
e rt
d
e
n P
e g
e
l in
0
.1
d
B
-S
c h
ri
tt e
n
b
is
z
u
e
in
e m
M
a
x im
u
m
v
o n
-
3
d
B
Z
w
e
it
e
t
h
e
rm
is
c
h
e
E
IN
Z
y
k lis
c
h
e
s
B
lin
k
e
n
N
o
rm
a
lb
e
tr
ie
b
N
o
rm
a
lb
e
tr
ie
b
A
u
d
io
E
IN
S
c h
w
e
lle
(2
s
c
h
n
e
lle
B
lin
k
z e
ic
h
e
n
)
D
e
r
V
e
rs
tä
rk
e
r
v e
rr
in
g e
rt
d
e
n P
e g
e
l v o
n
-
3 d
B
i n
S
c h
ri
tt e
n
v
o
n 0
.1
D
b
z
u
M
a
x im
u
m
v
o n
-
6
d B
*)
A
n
m
e
rk
u
n
g :
D
ie
T
e
m
p
e
ra
tu
re
n
,
d ie
ü
b
e r
R
D
n
e
t S
o ft
w
a re
a
n
g e
z e
ig
t
w
e rd
e
n
, b
e
z ie
h
e
n s
ic
h
a
u f
d
ie
t
a ts
ä
c h
lic
h
e
n T
e m
p
e ra
tu
re
n d
e
r
H
a
lb
le
it
e
r
u n
d
n
ic
h
t z
.B
a
u f
z u
g
ä n
g
lic
h
e
B
a
u te
ile
w
ie
K
ü h
lr
ip
p
e n
d
e
r
R
ü
c k s
e it
e
D
IA
G
N
O
S
E
T
A
B
E
L
L
E
Z
U
S
T
A
N
D
D
E
S
M
O
D
U
L
F
U
N
K
T
IO
N
E
N
M
O
D
U
L
S
A
U
S
D
a
s
M
o
d
u
l
b
e
fi
n
d
e
t
s
ic
h
i
m
N
o
rm
a
lb
e
tr
ie
b
D
ie
L
a u
ts
tä
rk
e
(
IN
P
U
T
S
E
N
S
)
u
n d
d
e r
D
re
h
s c h
a
lt e
r
(D
S
P
P
re
s
e t)
s
in
d
a
k ti
v ie
rt
.
E
IN
Z
y
k
lis
c
h
e
s
B
lin
k
e
n
D
a
s
V
e
rs
tä
rk
e
rm
o
d
u
l
w
ir
d
ü
b
e
r
R
D
N
E
T
f
e
rn
g
e
s
te
u
e
rt
.
D
ie
L
a u
ts
tä
rk
e
(
IN
P
U
T
S
E
N
S
)
u
n d
d
e
r
D
re
h
s c h
a
lt e
r
(D
S
P
P
re
s
e t)
w
e
rd
e n
ü
b e
rs
p ru
n
g
e n
E
n
tz
e
rr
u
n
g
«
U
S
E
R
E
q
»
Z
y
k lis
c
h
e
s
B
lin
k
e
n
D
a
s
M
o
d
u
l
b
e
fi
n
d
e
t
s
ic
h
i
m
N
o
rm
a
lb
e
tr
ie
b
.
(D
re
h
s c h
a
lt e
r
«
D
S
P
P
re
s
e t»
E
s
w
ir
d
e
in
e p
e
r
R
D
N
E
T
g
e
s p
e ic
h
e
rt
e E
n tz
e rr
u n
g
v
e
rw
e n
d
e t.
a
u
f P
o s
it io
n
9
)
L
E
D
L
E
D
L
E
D
«
»
«
L
IN
K
»
«
A
C
T
IV
E
»
R
D
N
E
T
n
ic
h
a
k iv
A
U
S
A
U
S
R
D
N
E
T
v
e
rb
u
n
d
e
n
E
IN
A
U
S
A
U
S
R
e
m
o
te
P
re
s
e
t
A
c
ti
v
e